MEVISYS on Mevisys

Aplication 1

Mon, 01 Jan 0001 00:00:00 +0000

První aplikace

MeSca

Mon, 01 Jan 0001 00:00:00 +0000

MEVISYS SCADA Configurator.

Backend - Rust

Thu, 08 Oct 2026 15:33:00 +0000

When building the site with a full-stack framework like Nuxt, I realized that developing with JavaScript or TypeScript just wasn’t the right fit for me. Consequently, I started looking for a solution that would give me greater confidence.

Backend solutions can be divided into those built on scripting (interpreted) languages and those that leverage traditional compiled languages.

Python is another interpreted language on this list. It’s part of my regular toolkit, and I actually used it within the MEVISYS platform to build the MeSca project (you can check it out under the Projects tab). While Python could certainly do the job, it inherently shares a very similar set of characteristics with JavaScript and TypeScript. Because of this, Python is out of the question for building a high-speed, reliable application.

Frontend

Mon, 05 Oct 2026 12:49:00 +0000

Currently, the most widely adopted frontend solutions are:

React
Angular
Vue

React is by far the most widely adopted solution. It debuted back in 2013, with Meta (Facebook and others) serving as its primary developer. It is a complex ecosystem, and mastering it comes with a fairly steep learning curve.

Angular debuted in 2016 and is the most complex and difficult framework to learn among those listed. Developed primarily by Google, it is the most robust option available and is typically reserved for the most demanding enterprise applications.

Full-stack

Sun, 04 Oct 2026 11:23:00 +0000

Our initial thought was to build the entire web solution — both frontend and backend — using a single full-stack framework. It’s an enticing idea, especially considering the size of the team behind the project.

Our research into current technologies revealed that the most widely used solutions today are:

Next.js
Astro
Nuxt

Their common denominator is that they are all programmed using JavaScript (or TypeScript). Beyond that, however, they differ quite significantly.

Current Status

Sat, 03 Oct 2026 09:15:00 +0000

Toward the end of 2024, we got back to working on the MEVISYS platform. Having moved on from the Embedded Linux architecture, we shifted our focus to a new technical solution that has much stronger economic potential and, more importantly, is simple enough for our small team to realistically bring to life.

We also began focusing much more intensely on the security of the entire solution. These considerations led to a major shift in our architectural logic. Now, all core business logic lives on the server. At the installation site, we deployed a relatively simple — and therefore cheaper — hardware unit. There is no longer any need to program the device; instead the logic lives on the server.

The Initial Idea

Thu, 01 Oct 2026 20:35:00 +0000

Our work on the MEVISYS platform began back in 2018. While developing a complex Embedded Linux device, we realized that Embedded Linux could actually have great potential as a cost-effective solution for data acquisition and measurement applications.

We aimed for a modular, brick-style system featuring a central unit and several additional I/O units, all designed to mount onto a standard DIN rail. With this in mind, we chose compact, space-efficient enclosures from Phoenix Contact, which take up minimal space on a DIN rail (just 25 mm). Our goal was to engineer an Embedded Linux module that would fit perfectly inside.

About us

Mon, 01 Jan 0001 00:00:00 +0000

MEVISYS is short for “Measurement & Visualisation Systems”.

Within the MEVISYS platform we handle:

measuring quantities using sensors: temperature, pressure, position, …
recording measured data into databases
visualisation of values via a web interface
remote control
monitoring of the complete solution
server management
support and consulting
… and other related activities

Our goal is not only the development of this system, but also putting it to practical use in real-world environments.

Services

Mon, 01 Jan 0001 00:00:00 +0000

We offer complete services, from selecting the measurement method through to displaying the measured data.

selection of measurement methods and sensors (temperature, humidity, …)
selection of suitable hardware
supply, installation, configuration and commissioning of hardware
installation and commissioning of the server solution
ongoing administration and service of the entire system

We offer both an immediate deployment of our already-developed system for a quick start, and complete custom development tailored precisely to your specific requirements.

Team

Mon, 01 Jan 0001 00:00:00 +0000

People #

David Wünsche

Software engineer specializing in industrial metrology, embedded Linux, and server systems. He developed reliable systems for data acquisition and visualization and collaborated on their deployment at critical operations around the world. He focuses on data visualization, user-friendliness of software, and modern practices.

FEL CTU, electronics
e-mail: david.wunsche@wincak.name
phone: +420 721 315 359
portfolio: portfolio.wincak.name
git: gitlab.com/wincak

Tomáš Novák

Embedded engineer specializing in measurement, industrial, and special-purpose electronics. He has built and programmed many electronic devices in C, and also developed a number of applications in C++, the Qt framework, Python, and other languages.